During the course of our project, we delved extensively into the realm of bacterial cellulose, a material known for its remarkable properties, including high water retention, excellent breathability, biocompatibility, low irritation to wounds, and impressive mechanical characteristics. It was during this exploration that we had the privilege of collaborating with the RDFZ-CHINA team, who were working on a project that required bacterial cellulose.

Recognizing the value of our expertise in bacterial cellulose, we extended our support to RDFZ-CHINA to fulfill their project's requirements. Specifically, we supplied them with a substantial quantity of high-quality bacterial cellulose, which played a pivotal role in advancing their research and helping them achieve their project objectives.

Our collaboration extended beyond the exchange of materials. We engaged in open discussions with RDFZ-CHINA, sharing insights and strategies related to bacterial cellulose and its potential applications. Furthermore, in line with the growing trend of iGEM projects being linked to the United Nations Sustainable Development Goals (SDGs), we actively discussed and explored ways in which our collaborative efforts could contribute to these global sustainability objectives.
Through this partnership, we reiterate our dedication to the collaborative spirit and knowledge-sharing that define iGEM. We eagerly anticipate the continuation of our joint efforts to further the field of synthetic biology and make meaningful contributions toward the realization of the Sustainable Development Goals.